Had his degree in Geology at Universidade Estadual Paulista Júlio de Mesquita Filho (1988) and PhD in Geoscience and Environment at Universidade Estadual Paulista Júlio de Mesquita Filho (2007). He worked at driliing companies and at management of groundwater BOT (Build, Operation and Transfer) contracts. Actually is Researcher at Environmental Studies Center at UNESP - Campus Rio Claro, developing research in the following subjects: hydrogeology, isotpic hydrology, hydrogeochemistry, contamined sites and water resources management. (Source: Lattes Curriculum)
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The effects on water storage, quality and movement through the continental compartments of hydrological cycle, resulting from climate change and urbanization processes have been observed and described in different parts of the world, however their effects in Central Amazonia, where the municipality of Manaus is located, can be intensified due to the disordered processes of land use conver…
In a global scenario of climate change, the sustainable use of water resources requires an understanding about the mechanisms involved in the water movement and storage within the hydrological cycle compartments, since of water scarcity and increased competition for more water supply have been occurring. Future management solutions should consider the climatic factors involved in rainfall…
Sustainable use and management of aquifers and their interaction with rivers and lakes requires qualitative and quantitative assessment of aquifer hydrogeology and dynamics, and the use of conceptual and/or hydrologic models. Hydrologic observations in addition to estimation of aquifer properties are needed for numerical groundwater models. Recently, isotope techniques such as groundwater…
Stable isotopes (´2H e ´18O) constitute an excellent tracer for water movement through the water cycle, and has been employed as auxiliary tolls to interpreting about climatic controls over precipitation, as well as to determine the origin of water in catchments. In tropical zones, the climatic key drivers over isotopic composition of the precipitation remains a controversial subject in t…
(Only some records are available in English at this moment)
The multidisciplinary of the components that determine the water flow intensity and paths between the atmospheric, superficial and underground reservoirs through the Hydrological Cycle, such as the climate, the hydrology and the geology, are conditioned by the mutual adaptation to climate change and land use conversion, arising from anthropogenic actions, and has turned into complex the r…
The determination of the isotopic composition of water has become increasingly relevant in hydrometeorological studies, especially in those related to the rain-forming processes, mainly due to the importance that climate change has in the scientific community. Despite the several numbers of studies carried in tropical regions that are based on the isotopic composition of precipitation, se…
The Baixo Pardo-Grande watershed (UGHRI 12) is undergoing economic development based on growing agro-industrial, which led to problems related to surface water availability and quality, and groundwater offers a good option for multiple uses, such as for irrigation of crops present in the region. This increase in groundwater exploitation is directly related to the hydrogeological framework…
Due to the importance of groundwater as a source of water supply, studies regarding aspects related to the estimation of recharge rates have become important, because recharge rate is important information for adequate water management. In this way, regional recharge estimation along Peixe-Aguapei river watershed, respectively Water Management Units 20 and 21 (UGRHIs 20 and 21), are impor…
Stable isotopes of hydrogen (1H/2H) and oxygen (16O/17O/18O) are excellent tracers for the movement of the water molecule along the hydrological cycle. They are used as auxiliary tools for interpreting the origins of water, flows within river basins, climatic controls of precipitation and groundwater origin, allowing their use in studies of paleoclimatic reconstitution. In tropical areas,…
Stable hydrogen and oxygen isotopes of (1H, 2H, 16O e 18O) are important tools in understanding the movement of water along the hydrological cycle. In favorable conditions, knowledge of the isotopic composition of the main water sources (precipitation and groundwater) can be used for quantify the spatial and temporal variations of the contributions these sources in the stream flow, allowi…
(Only some records are available in English at this moment)
Stable isotopes of hydrogen (1H/2H) and oxygen (16O/17O/18O) are excellent tracers for the movement of the water molecule along the hydrological cycle. They are used as auxiliary tools for interpreting the origins of water, flows within river basins, climatic controls on precipitation, definition of groundwater origin and paleoclimatic reconstitution studies. In tropical areas the climati…
| 1 / 1 | Ongoing research grants |
| 5 / 5 | Completed research grants |
| 3 / 3 | Ongoing scholarships in Brazil |
| 7 / 7 | Completed scholarships in Brazil |
| 1 / 1 | Completed scholarships abroad |
| 17 / 17 | All research grants and scholarships |
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CV Lattes
ORCID